Richard Chiverrell
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rchiverrell.bsky.social
Richard Chiverrell
@rchiverrell.bsky.social

Professor + Dean - School of Environmental Sciences • Liverpool University• Captain / Vice Chair - Birkenhead Lawn Tennis Club • Views own • he/him

Environmental science 41%
Geology 24%
Now online (open access) in final version academic.oup.com/femsec/advan...

And as it is clearly fieldwork
A successful day coring two sites on the Migneint blanket bog in North Wales with @laurabaugh94.bsky.social, @rchiverrell.bsky.social & undergrad Teleri. We'll analyse the cores for geochemistry (via XRF) and organic matter composition (infrared spectrometry).

Untangling nutrient co‐regulation of ombrotrophic peatland development - Chiverrell - Boreas - Wiley Online Library onlinelibrary.wiley.com/doi/10.1111/...
Untangling nutrient co‐regulation of ombrotrophic peatland development
Multi-method (FTIR, FT-NIR and TGA) approaches characterizing the organic peat constituents at Holcroft Moss reveal a record of switches that reflect broadly hydroclimate variability governing the de...
onlinelibrary.wiley.com

doi.org/10.1111/bor.... nice to get this paper out - long-term peatland dynamics with a focus on nutrient regulation using the sequence at Holcroft Moss @naturalengland.bsky.social
Untangling nutrient co‐regulation of ombrotrophic peatland development
Multi-method (FTIR, FT-NIR and TGA) approaches characterizing the organic peat constituents at Holcroft Moss reveal a record of switches that reflect broadly hydroclimate variability governing the de...
doi.org
No advert out yet, but I will recruiting a 2yr postdoc, start date autumn 2025, at @livunigeog.bsky.social soon. Lowland and upland peatlands, GHGs, DOM and water chemistry. Plenty of fieldwork. Feel free to drop me a DM or email if you might be interested, and please spread the word.
Higher incidence of strongly evaporative days drives severe water deficit for ombrotrophic peatlands - just published take a look if you're keen on peatland hydrology, drought impact/recovery and long-term monitoring... #maymoss doi.org/10.1002/hyp....
Higher Incidence of Strongly Evaporative Days Drives Severe Water Deficit for Ombrotrophic Peatlands
A decade of hydro-meteorological monitoring and three annual water balances of a near-intact blanket bog in NE England indicate that summer water availability (precipitation − evapotranspiration) pri...
doi.org

Very nice 10’es free early start

Content
A journey continues- delighted the department of Geography and Planning has moved into the QS top 100 subject rankings news.liverpool.ac.uk/2025/03/12/i... testament to the hard work of colleagues and current and former students #thankyou
Increased top 100 presence for Liverpool courses in QS World University Rankings by Subject - University of Liverpool News
Increased top 100 presence for Liverpool courses in QS World University Rankings by Subject
news.liverpool.ac.uk
JUST is a new ESRC funded research centre focused on the pursuit of sustainability transformations that are joined up, people-centred and socially just.

To find out more about the centre and its aims read the news article and follow for updates.
www.manchester.ac.uk/about/news/e...
Manchester to lead new £8m research centre on equitable low carbon living
Following an £8m investment over five years, The University of Manchester is set to lead an innovative centre funded by the Economic and Social Research Council (ESRC) and UKRI as part of its strategi...
www.manchester.ac.uk
Great to see peatlands featuring here.
1/5 What happens when woodland is left to rewild? At Lady Park Wood this transformation has been monitored since 1945! @ect-uk.bsky.social have funded the 9th resurvey (first resurvey since 2010). Exciting and daunting to be part of the team taking on stewardship of this amazing study!
Warmer summers are causing European beeches to produce seed more often, depleting the trees’ stored resources—an indirect effect of climate change that is threatening the sustainability of Europe’s most widespread forest tree. In PNAS: www.pnas.org/doi/10.1073/...
🌳🌳🌳 We have a new paper in @pnas.org showing climate warming leads to growth decline in beech because it drives trees to reproduce more frequently. Climate change can cause growth decline even when drought isn’t increasing by shifting where trees allocate resources doi.org/10.1073/pnas.2423181122